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Our copper to fiber converters are widely used in the following applications:. Our vast experience coupled with technical expertise and eye for emerging trends allow us to serve our clients efficiently. Our customer-centric approach has earned us a world-wide client base who trust us immensely when it comes to choosing copper to fiber converters and other fiber optic media converters for mission-critical applications.

You can contact us today to discuss the copper to fiber converters or fiber optic media converters displayed on this page. Our experts would be happy to assist you in finding the best cost-effective solution for your project. Exceptional customer service is important to us. Home Quick Links Media Converters. Media Converters For All Applications. How Do Media Converters Work?

They facilitate connections between copper based Ethernet devices over long distances using fiber optic cables. Fiber to Fiber Media Converters: Our fiber to fiber media converters enable connectivity between single mode and multimode fiber as well as single and dual fiber.

The fiber to fiber media converters facilitate the conversion of different wavelengths. These products are plug-and-play type devices and they help establish communication between devices. They do not provide any advanced level monitoring like managed media converters. There is no configuration-driven or fault detection function either. These media converters are easy to install, and require almost minimal or no configuration at all. Know About Standalone Vs.

Our Double and Triple Duty media converters can be mounted in either format. Standalone Media Converters : They can be mounted as standalone units and are deployed to convert electrical signals to optic signals in a regular application.

Rack Mounted or Chassis-Based Media Converters: They comprise plug-in modules that can be easily installed in various configurations. Chassis-based or rack mounted media converters feature multiple media converters that are housed in a rack. Rack mounted media converters are widely used in commercial facilities such as computer rooms or data centers, where multiple media converters may be needed.

Our collection comes in different form factors such as stand-alone and chassis-based slide-in cards or modules. Our media converters are also available with DIN mounting for industrial applications. You can choose unmanaged copper to fiber converters as well as hardened copper to fiber media converters. Our copper to fiber converters can support a wide range of cables UTP twisted-pair Category 4, 5, 6, copper RJ, single-mode and multimode fiber, dual and single fibers and connector types such as SC, ST, LC, and so on.

Link fault pass-through function incorporated in these media converters monitor the link status, and they will notify if the fiber connection is inconsistent. Many Ethernet copper to fiber converters are equipped with small form factor pluggable SFP modules, which can efficiently meet your high networking speed demands.

SFP modules also allow customization of media converters considering its appropriate fiber optic connector. Advanced features ensure easy troubleshooting and less maintenance. All copper to fiber converters comply with All our copper to fiber converters are covered under a lifetime warranty.

They help industrial users extend the network connections beyond meter segment length. Ethernet copper to fiber media converters require no additional routers or switches, which businesses and home users find appreciable. They can leverage the value of their existing legacy copper systems and fiber optic cables. The copper to fiber media converters allow businesses to improve the flexibility of their networking as well as add systems like security cameras to the network.

Our copper to fiber converters are compatible with various branded switches and routers, which makes them a popular choice among our clients. Copper Ports. WDM technology relies on the fact that optical fibers can carry many wavelengths of light simultaneously without interaction between each wavelength.

Thus, a single fiber can carry many separate wavelength signals or channels simultaneously. Whether you need Managed or Unmanaged, Standalone or Modular Chassis Based, 20km or km, Perle has the right model to meet your fiber conversion requirement. Single Fiber Models Recommended use in pairs. The minimum fiber cable distance for all converters listed is 2 meters.

Get a quote. Auto-MDIX Auto-MDIX automatic medium-dependant interface crossover detects the signaling on the UTP interface to determine the type of cable connected straight-through or crossover and automatically configures the connection when enabled. With Auto-MDIX enabled, either a straight-through or crossover type cable can be used to connect the media converter to the device on the other end of the cable.

Link Pass-Through With Link Pass-Through the state of the UTP receiver is passed to the fiber transmitter to make the media converter appear transparent to the end devices that are connected. Should a fault occur, the end devices have the indication of a failure available to them making trouble shooting easier.

The media converter continuously monitors theBase-X fiber connection for a valid signal. Pause IEEE Remote LoopBack The media converter is capable of performing a loopback on the fiber port. Otherwise it is off. The LED will blink when in Loopback test mode. The LED is off when in half duplex. It is set to advertise full duplex. The media converter continuously monitors theBase-X fiber connection and clears the Far-End Fault Indication condition when a valid signal is received.

Remote Loopback The media converter can perform a loopback on the Base-X fiber interface. If Auto-Negotiation Auto-MDIX automatic medium-dependant interface crossover detects the signaling on the UTP interface to determine the type of cable connected straight-through or crossover and automatically configures the connection when enabled. With Link Pass-Through the state of the UTP receiver is passed to the fiber transmitter to make the media converter appear transparent to the end devices that are connected.